Arrows can Perform Construction or complement any Architectural Construction or Utility, sizes can vary from 2.5cm, 5cm (50mm is the length of the basic parts in the 1/10 scale, 2.54mm profile, 1mm diameter metal pin) 25cm, 50cm, 1m, 1.5m, 2m, 2.5m, 3m, 4m, 5m (Has Application for Civil Construction, Roofs, Pavilions, Hangars, Garages, Awnings, Houses, Buildings, Elevation of Structural Levels, Stands, Mezzanines, Walls, Stairs, Walkways, Windows, Skylights, Stained Glass, Fairings, Chassis several, Playground Toy, Little Roofs, Little Houses, Partitions, Furniture, Utilities, Toy, Models, etc...).

       MEASURES MAY BE ADAPTED TO ANY UNIT OF MEASUREMENT, ACCORDING TO NEED AND DEMAND.

       For the mesh spans we will have "fill lids" or "structural lids" on the axis of the structures, smooth surface finish as pixels (in the case of "structural lids" we will have vertical lines as super reinforced pillars), for each case a type of "lid"; Also for floors, ceilings and walls...

       Pieces of 3m long shaft, 3" in profile, can realize buildings of up to 5 floors, 1.5m is the grid of floor in shaft, the Structure in these proportions acquires great resistance and balance, even without using the "structural lids" which further extend the resistance of the assembly considering the structuring of the perimeter of the grids of wall, floor or roof.

       The "lids" stiffen much more the structural mesh.

       Anchors and Foundations are also modulated for direct fit of the Structures, with differences according to application. Special finishing pieces can leave the structures looking smooth, without ends (the finishing pieces are fixed by 'clip' or bolting, available options and diverse according to scale, material and application).

       Depending on need and demand special pieces can be made... Structures of various scales can be composed in a Structure because the axes are proportional and overlap, smaller pieces shafts they adapt to the axis of larger pieces.

       Pieces with mass relief remain more resistent, solid in the region of docking, according sizing equilibrate the static and dynamic efforts of the Structure in mode uniform with high performance.

       When glue is passed on the structural fitting surfaces of the pieces, the structure reaches the Total Strength, because depending on the glue the structure breaks the material of the pieces before breaking the glue, the same case of the weld (system tested and proven in the zenith of the International Airport Salgado Filho in Porto Alegre-RS per amounts Male and Female joined by glued transverse Pins, glue for aluminum). In link: Spatial Structures Projected and Performed in Detail by Leonardo Jorge / Text in English.

       The materials can vary of Plastic colored or transparent up until Metallic Alloys for high resistance (Tissue Arrow in pieces small in metal generate many utility options, larger pieces will be more economical with mass relief and ribbed structural lines for greater strength).

       Currently there are 70 types of parts derived from the Structural Construction System.

       Machines, but mainly Molds are the 'Tools' which accomplish with precision, with big productivity, the greater part of pieces.

       The reinforcement of the resistance of the parts by rounding the orthogonal faces generates stress relief for ductile materials, can be adapted according to Structural Calculation for materials, scales and specific applications (even considering armor internal for the parts of the system).

       The Constructive System of Blocks can not evolve much further in size than 1/1 scale (basic piece for 'S' or 'N' interlacing of 37.5X12.5X12.5cm), but the Tissue Arrow Constructive System can go beyond Basic piece of Tissue Arrow compared to the 1/1 scale of the Blocks would have 50X2.54X2.54cm and 100X2.54X2.54cm, fifty centimeters and a meter per inch of square profile), Tissue Arrow (TECIDO FLECHA); can follow proportion of square or round profile for Application in Large Scope Coverage Structures, for different constructive applications depending on the solution chosen to perform the pieces. It is possible to realize Arrows of four meters in length per square profile of four inches, or even larger pieces according to Specific Structural Calculations of Special Projets for better performance of parts made to order, including pieces with greater difference of height for greater horizontal structuring like Is the appearance of a beam.